Our team of experts have different backgrounds and disciplines and work together on sustainability.
Agata van Oosten
Program Manager (Heat, Fascinating)
Ton Hulsebos
Patent Attorney & Legal Officer
Annemijn Huijboom
Program Officer (Circular Plastics, Drying and Dewatering, Mild Fractionation for Food)
Rob Stevens
Program Director (Ammonia)
Irene ten Dam
Program Manager (Circular Carbon, Separations for Circularity)
Richard Rikken
Finance Manager
Paco Rutten
Program Officer (Circular Plastics, Electric Cracking)
Ronald Korstanje
Program Director (Circular Plastics)
Siu Fai Au
Program Manager (Hydrogen)
Paul de Vos
Program Director (Fascinating)
Peter de Jong
Program Director (Fascinating, Drying and Dewatering, Mild Fractionation for Food)
Nadine Kool
Program Officer (Fascinating)
Andreas ten Cate
Program Director (Hydrogen, Tekenkamer van de Industrie)
Anne van der Zwaan
Program Manager (Drying and Dewatering, Mild Fractionation for Food)
Eelkje Oldenburger
Program Director (Fascinating)
Annita Westenbroek
Program Director (Heat)
Tjeerd Jongsma
Managing Director
Frank van Ooijen
Consultant Corporate Communications
Bram Qualm
Program Director (Fascinating)
Carol Xiao
Director of Business Development
Gemma Steeman
Manager Online Communications
Antonie de Haas
Program Officer (Circular Carbon, Digitalisation)
Kees Biesheuvel
Program Director (Circular Carbon)
Hans van ‘t Noordende
Principal Expert
Franka Wijnbergen
Content Specialist
Boelo Schuur
Program Director (Separations for Circularity)
Jolanda Duits
Finance Officer
Lia Bouma
Program Administration Coordinator
Jan Sikkema
Program Director (Fascinating)
Klaartje Rietkerken
Director of Operations
Gijs Tubben
Program Officer (Ammonia, Separations for Circularity)
Gerda van Eck
Strategic Advisor (Fascinating)
Sascha Kersten
Program Director (LTP)
Geoffrey Schouten
Program Manager (Circular Plastics, Tekenkamer van de Industrie)
Nina van Aart
Content Specialist
Our core team is supported by a Supervisory Board and an Academic Advisory Board.
Supervisory Board
The ISPT Supervisory Board consists of appointed representatives of ISPT participants from the process industry, academic partners and SME’s. It supervises the ISPT managing board and provides advice and counsel.
Jurgen Hoekstra
BASF
Rob Mudde
TU Delft
Kirsten Steinbusch
DAB
Academic Advisory Board
The ISPT Academic Advisory Board guarantees the scientific quality of the activities and programs of ISPT. It consists of professors and academic representatives related to ISPT.
Prof. dr. ir. H.J. (Erik) Heeres
University of Groningen
Prof. dr. ir. R. (Ruud) van Ommen
TU Delft
Chair, Prof. dr. ir. S.R.A. (Sascha) Kersten
University of Twente
Prof. dr. ir. RM (Remko) Boom
Wageningen University & Research
Siu Fai Au
Program Manager (Hydrogen)
Collaboration promotes safety throughout the hydrogen chain
Carol Xiao and Hans van 't Noordende discuss how to navigate safety complexities in hydrogen, promoting safety throughout the hydrogen chain.
What challenge is producing green hydrogen currently facing?
Recap of the Hydrogen Conference 2023: How do we get the hydrogen economy from ambition to action?
Berlin Electrolyser Conference 2023
Join this international technical summit focusing on the development, manufacturing, deployment and industrial integration of next generation electrolysers.
Ammonia as a new key actor in energy- and material transition – Part 1 of a threefold story
As the Paris Agreement aims to achieve net zero emissions in the second half of this century, the Dutch government has set a goal to phase out fossil fuels within...
A 1 gigawatt green hydrogen plant
Technical design and the associated total investment costs of a greenfield 1-GW green-hydrogen plant that would be built, and up and running by 2030.
Executive Summary: Safety Aspects of Green Hydrogen Production on Industrial Scale
Download the executive summary of the Hydrogen Safety report here.
Safety first: new report sheds light on industrial-scale green hydrogen safety
This report aims to stimulate awareness about required safety levels regarding large-scale green hydrogen production.
Safety Aspects of Green Hydrogen Production on Industrial Scale
This Hydrogen Safety report outlines crucial insights into ensuring the safe coexistence of hydrogen and oxygen within equipment. It aims to standardize risk assessments, addressing complexities and proposing essential methodologies...
GroeneWaterstofhuisNL
Tijdens dit evenement van GroenvermogenNL kijg je inhoudelijke inspiratie, concrete informatie én relevante connecties op het gebied van groene waterstof en chemie.
National Industrial Hydrogen Conference
During the National Industrial Hydrogen Conference we will dive deep into the quest how to lift the hydrogen economy off the ground in the Netherlands.
Unique innovation programme paves way for energy-neutral and circular process industry in 2050
Long Term Programme is a unique programme in which universities and companies work together to create a sustainable process industry.
The how, what, where and why of electrification in industry
The electrification of our industry remains a complex puzzle. What is needed for the industry to electrify? Andreas Ten Cate explains.
Creating safety standards with unique consortium of hydrogen parties
While hydrogen production has a longstanding industrial history, the operation and maintenance of intermittent water electrolysis for hydrogen (and oxygen) production is new. How can we develop safe water electrolysis?
H2-Safety2 – Safety Standardisation of Green Hydrogen Electrolyser Systems
This hydrogen safety project aims to develop recommendations for standardisation, meeting process safety requirements for large scale water electrolysis. This is an important step to enable a safe, integrated hydrogen-based...
DC-DC: Direct Current connections interesting for more efficient green hydrogen production?
In this follow-up of the Hydrohub Gigawatt Scale Electrolyser project we investigate the benefits, costs and constraints of DC-DC converters.
Completed
DC-DC converters – Green GW Hydrogen Plant
In this project we investigate DC-DC connections for large-scale green hydrogen plants to address space constraints, reduce investment costs (up to 25%), and mitigate significant electricity losses compared to traditional...
New study: upscaling potential and techno-economical evaluation of Solid Oxide Electrolysis (SOEC)
This feasibility study Next Level Solid Oxide Electrolysis has explored the potential of SOEC-technology in the industry.
Electrolysis as a potential solution for congestion management (Use Case Study)
Use Case Study of deployment of electrolysis for congestion management analyzed for legal feasibility, market potential and effect on congestion.
The race for a position in the global electrolysis market
There is a huge opportunity for the Dutch industry to develop a strong electrolysis market. But how can we create a favourable hydrogen ecosystem?
Next Level Solid Oxide Electrolysis
A feasibility study that has investigated the upscaling options of the SOEC technology in the industrial environment.
Rob Stevens
Program Director (Ammonia)
“Embrace the complexity of the energy transition”
What is needed in the energy transition? Andreas Ten Cate shares his vision on the transition and dives into the complexity of it all.
Trendreport: the Future of Sustainable Process Industry
Download your free copy of ISPT's report: The Future of Sustainable Process Industry.